Santa Clara University - School of Engineering

Master of Science in Electrical and Computer Engineering

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What makes SCU Engineering's
Master of Science in Electrical and Computer Engineering Different!

Full-Spectrum Field Robotics Research Infrastructure

The program provides unparalleled access to the Robotics Systems Laboratory (RSL), which operates as a cross-domain innovation hub unlike any facility in California. Unlike labs focused on singular robotic applications, RSL mandates that graduate students design systems deployable across four environments: Marine: Automated kayaks and underwater vehicles tested in collaboration with Monterey Bay Aquarium Research Institute (MBARI) Aerial: Remote-controlled planes and blimps developed for NASA satellite missions Terrestrial: Autonomous rovers used in geological research with University of Nevada, Reno teams Space: Miniaturized spacecraft prototypes validated through Lockheed Martin partnerships This “quad-environment” requirement forces students to engineer modular architectures that withstand variable operational conditions—a capability prized by employers like NASA Ames and BMW.

Ethical Engineering Certification via Hackworth Fellowship

Building on Santa Clara’s Jesuit mission, the program embeds applied ethics training through a partnership with the Markkula Center for Applied Ethics. Graduate students pursuing the MS degree can: Complete the Hackworth Fellowship, which certifies them to ethically supervise undergraduate capstone projects Implement frameworks from Ethical Considerations in the Senior Design Project—a guide co-authored by mechanical engineering alumni and ethics faculty Conduct failure mode analyses that balance technical feasibility with social impact assessments This integration produces graduates who can articulate the moral dimensions of engineering decisions—a skill increasingly demanded in AI-driven mechanical systems roles.

Silicon Valley Project Sponsorship Model

Leveraging its geographic position, the department mandates that 100% of graduate research projects have corporate or institutional sponsors. Recent examples include: Thermal management systems for Intel’s next-gen semiconductor packaging Battery cooling solutions co-developed with Tesla’s Powertrain Engineering group Additive manufacturing protocols validated by NASA Marshall Space Flight Center Sponsors provide not only funding but also in-kind resources such as proprietary simulation software and materials testing facilities. This model ensures graduate research addresses current industry pain points while giving students direct access to potential employers.

Flexible Admission Pathways for Industry Professionals

The program offers three distinct entry tracks tailored to working engineers: GRE-Free Admission: Standardized test waivers for applicants with 3+ years of relevant experience Part-Time Enrollment: Evening courses synchronized with Silicon Valley’s 9/80 work schedule Project Credit Transfer: Up to 9 units awarded for employer-sponsored R&D initiatives These pathways enable professionals like Apple manufacturing engineers or Cisco thermal analysts to upskill without career interruption—a flexibility unmatched by peer programs.

Graduate-Undergraduate Mentorship Ecosystem

MS candidates are required to mentor senior design teams as part of their degree requirements, creating a unique pedagogical loop: Graduates apply advanced concepts (e.g., finite element analysis) to guide undergraduate prototypes Undergraduates provide real-time feedback on the practicality of graduate research assumptions Joint publications emerge from collaborations, with 17% of MS theses featuring co-authorship with junior students This ecosystem fosters leadership skills while maintaining academic rigor—a duality reflected in alumni placements at firms like Splunk and NVIDIA.

Know More about the SCU Engineering Master of Science in Electrical and Computer Engineering Program

Santa Clara Universitys Master of Science in Electrical and Computer Engineering provides advanced expertise in embedded systems, AI, cybersecurity, and communications. Located in Silicon Valley, the program emphasizes hands-on research, industry collaboration, and innovation. Graduates are prepared for leadership roles in technology, semiconductor design, and next-generation computing systems. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Electrical and Computer Engineering Program look like?

Average Class Size

32

Average Age

26.3

Average Work Experience

3.0

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Electrical and Computer Engineering program land? Discover More!

Median Earnings after Graduation

USD 94,000/- year

Graduation Rate

91.80 %

Recruiters

Intel NVIDIA AMD Qualcomm Apple Tesla Broadcom Texas Instruments Micron Technology Skyworks Solutions Analog Devices Lattice Semiconductor Cisco Marvell Technology Infineon Technologies

Prospective Job Roles

Electrical Engineer Computer Hardware Engineer FPGA Design Engineer Embedded Systems Engineer Systems Engineer Digital Signal Processing Engineer Hardware Design Engineer VLSI Engineer Circuit Design Engineer IoT Engineer Power Electronics Engineer ASIC Design Engineer Microelectronics Engineer Control Systems Engineer Electrical Test Engineer Mixed-Signal Engineer Communication Systems Engineer EDA Tools Engineer Photonic Systems Engineer High Voltage Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Electrical and Computer Engineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 6 Million

Connect with SCU Engineering’s
current graduate students in one click...

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

SCU Engineering's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

We will be back Soon with Upcoming Events

On Demand Events

img-blur-shadow

Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Know More about the SCU Engineering Master of Science in Electrical and Computer Engineering Program

Santa Clara Universitys Master of Science in Electrical and Computer Engineering provides advanced expertise in embedded systems, AI, cybersecurity, and communications. Located in Silicon Valley, the program emphasizes hands-on research, industry collaboration, and innovation. Graduates are prepared for leadership roles in technology, semiconductor design, and next-generation computing systems. ..... Read More

Duration

24 Months

How does the Class Profile of SCU Engineering's Master of Science in Electrical and Computer Engineering Program look like?

Average Class Size

32

Average Age

26.3

Average Work Experience

3.0

Want to See Who You'll Be Learning With?

Explore detailed class demographics, academic backgrounds, and industry experiences that define your future classmates.

Where do graduates of SCU Engineering's Master of Science in Electrical and Computer Engineering program land? Discover More!

Median Earnings after Graduation

USD 94,000/- year

Graduation Rate

91.80 %

Recruiters

Intel NVIDIA AMD Qualcomm Apple Tesla Broadcom Texas Instruments Micron Technology Skyworks Solutions Analog Devices Lattice Semiconductor Cisco Marvell Technology Infineon Technologies

Prospective Job Roles

Electrical Engineer Computer Hardware Engineer FPGA Design Engineer Embedded Systems Engineer Systems Engineer Digital Signal Processing Engineer Hardware Design Engineer VLSI Engineer Circuit Design Engineer IoT Engineer Power Electronics Engineer ASIC Design Engineer Microelectronics Engineer Control Systems Engineer Electrical Test Engineer Mixed-Signal Engineer Communication Systems Engineer EDA Tools Engineer Photonic Systems Engineer High Voltage Engineer

Eligibility Criteria for SCU Engineering's Master of Science in Electrical and Computer Engineering in Management program ?

Credential Evaluation Requirement

Mandatory English Proficiency Test

Mandatory GRE / GMAT Requirement

4 Year Bachelor’s Degree Requirement

Tuition Fees & Scholarship Opportunities!

Tuition Fees

USD 43416/- PER YEAR

Application Fee

USD 95/-

Scholarship Opportunities upto

USD 6 Million

What makes SCU Engineering's
Master of Science in Electrical and Computer Engineering Different!

Full-Spectrum Field Robotics Research Infrastructure

The program provides unparalleled access to the Robotics Systems Laboratory (RSL), which operates as a cross-domain innovation hub unlike any facility in California. Unlike labs focused on singular robotic applications, RSL mandates that graduate students design systems deployable across four environments: Marine: Automated kayaks and underwater vehicles tested in collaboration with Monterey Bay Aquarium Research Institute (MBARI) Aerial: Remote-controlled planes and blimps developed for NASA satellite missions Terrestrial: Autonomous rovers used in geological research with University of Nevada, Reno teams Space: Miniaturized spacecraft prototypes validated through Lockheed Martin partnerships This “quad-environment” requirement forces students to engineer modular architectures that withstand variable operational conditions—a capability prized by employers like NASA Ames and BMW.

Ethical Engineering Certification via Hackworth Fellowship

Building on Santa Clara’s Jesuit mission, the program embeds applied ethics training through a partnership with the Markkula Center for Applied Ethics. Graduate students pursuing the MS degree can: Complete the Hackworth Fellowship, which certifies them to ethically supervise undergraduate capstone projects Implement frameworks from Ethical Considerations in the Senior Design Project—a guide co-authored by mechanical engineering alumni and ethics faculty Conduct failure mode analyses that balance technical feasibility with social impact assessments This integration produces graduates who can articulate the moral dimensions of engineering decisions—a skill increasingly demanded in AI-driven mechanical systems roles.

Silicon Valley Project Sponsorship Model

Leveraging its geographic position, the department mandates that 100% of graduate research projects have corporate or institutional sponsors. Recent examples include: Thermal management systems for Intel’s next-gen semiconductor packaging Battery cooling solutions co-developed with Tesla’s Powertrain Engineering group Additive manufacturing protocols validated by NASA Marshall Space Flight Center Sponsors provide not only funding but also in-kind resources such as proprietary simulation software and materials testing facilities. This model ensures graduate research addresses current industry pain points while giving students direct access to potential employers.

Flexible Admission Pathways for Industry Professionals

The program offers three distinct entry tracks tailored to working engineers: GRE-Free Admission: Standardized test waivers for applicants with 3+ years of relevant experience Part-Time Enrollment: Evening courses synchronized with Silicon Valley’s 9/80 work schedule Project Credit Transfer: Up to 9 units awarded for employer-sponsored R&D initiatives These pathways enable professionals like Apple manufacturing engineers or Cisco thermal analysts to upskill without career interruption—a flexibility unmatched by peer programs.

Graduate-Undergraduate Mentorship Ecosystem

MS candidates are required to mentor senior design teams as part of their degree requirements, creating a unique pedagogical loop: Graduates apply advanced concepts (e.g., finite element analysis) to guide undergraduate prototypes Undergraduates provide real-time feedback on the practicality of graduate research assumptions Joint publications emerge from collaborations, with 17% of MS theses featuring co-authorship with junior students This ecosystem fosters leadership skills while maintaining academic rigor—a duality reflected in alumni placements at firms like Splunk and NVIDIA.

Master of Science in Electrical and Computer Engineering's Current Students

Want the Inside Scoop from Students?

Discover real experiences, day-in-the-life stories, and tips from students currently enrolled in the program.

Master of Science in Electrical and Computer Engineering's Global Alumni

Wondering Where This Program Can Take You?

See the impact through successful alumni—where they’re working, what they’re doing, and how this program helped shape their journey.

Upcoming SCU Engineering Events

We will be back Soon with Upcoming Events

On Demand Events

img-blur-shadow

Augmented Reality for Cultural Heritage: The Ohlone AR Tour at Santa Clara University

Bridging History, Technology, and Career Paths: An Immersive Exploration of Ohlone Culture and Alumni Insights on Navigating the U.S. Job Market""
Register to access the video

Connect with SCU Engineering's Faculty in one click ...

Curious About Who Will Be Teaching You?

Explore other SCU Engineering programs

Master of Science in Aerospace Engineering (MSAE)

Duration
24 MONTHS

Master of Science in Applied Mathematics

Duration
24 MONTHS

Master of Science in Bioengineering

Duration
24 MONTHS

Master of Science in Civil Engineering

Duration
24 MONTHS

Master of Science in Computer Science and Engineering

Duration
24 MONTHS

Master of Science in Engineering Management and Leadership

Duration
24 MONTHS

Master of Science in Mechanical Engineering

Duration
24 MONTHS

Master of Science in Power Systems and Sustainable Energy

Duration
24 MONTHS

Master of Science in Robotics and Automation

Duration
24 MONTHS
View All

Frequently Asked Questions

Get all your questions answered about Master of Science in Electrical and Computer Engineering by SCU Engineering

The program covers advanced topics in embedded systems, digital signal processing, machine learning, computer architecture, VLSI design, and wireless communications, blending theory with real-world application.
Applicants need a bachelor’s degree in electrical, computer, or a related engineering field. Other requirements include official transcripts, letters of recommendation, a statement of purpose, and optionally GRE scores.
Yes, students can engage in faculty-led research across areas such as robotics, IoT, AI hardware, and biomedical electronics, often collaborating with industry partners in Silicon Valley.
Graduates work in roles such as hardware design engineer, embedded systems developer, network engineer, or system architect at companies like Intel, NVIDIA, Apple, Cisco, and startups in Silicon Valley.
Yes, it is a STEM-designated program, making international students eligible for a 24-month OPT extension after graduation.

Contact us

For any queries, please feel free to reach out to us!

email
Email

admission@scu.edu

call
Phone

+408-554-4600